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MetaHuman Dreads: How to Add Custom Dreadlocks to
MetaHuman Dreads: How to Add Custom Dreadlocks to
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Guest
Guest
Sep 04, 2026
5:30 AM
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Dreadlocks are an excellent way to give a MetaHuman a distinctive appearance, but they also introduce several technical challenges. The hairstyle needs to sit naturally on the scalp, maintain convincing lock variation, and perform correctly during animation.
For Blender and Unreal Engine artists, a well-planned MetaHuman dread workflow can make custom character creation significantly easier.
Planning the Hairstyle
Before creating the actual geometry, decide what type of dreadlock hairstyle the character needs.
Consider:
Short or long dreads
Loose or tied-back styles
Thick or thin locks
Uniform or varied lengths
Hairline shape
Parting pattern
Overall silhouette
The hairstyle should be designed around the character rather than treated as a generic asset.
Creating Dreads in Blender
Individual dreadlocks can be created using curves, meshes, particles, or procedural Geometry Nodes systems.
Curves are particularly useful for establishing the path of each lock.
Once the paths are established, geometry can be generated around them.
A procedural workflow can introduce variation in:
Length
Thickness
Rotation
Curl
Taper
Surface detail
This reduces the need to manually construct every lock.
Fitting Dreads to a MetaHuman
The hair cap or scalp attachment is critical.
If the base does not conform properly to the MetaHuman head, the hairstyle can produce visible gaps or intersections.
A shrinkwrap-based workflow can help conform a hair cap to a character's head. Yelzkizi's existing PixelHair dreadlock assets use a hair-cap approach and shrinkwrap workflow for character compatibility.
Creating Natural Variation
One of the easiest ways to identify procedural dreadlocks is identical repetition.
Avoid making every lock the same length and thickness.
Instead, establish a controlled distribution.
For example, most locks can remain within a target length range while a smaller percentage are slightly shorter or longer.
The same principle applies to direction.
Dreads and Unreal Engine Physics
Long dreadlocks can require careful physics settings.
If every lock is allowed to move independently, performance can become expensive and the result may look chaotic.
A better approach is often to group related locks and use restrained movement.
The physics should support the hairstyle rather than dominate it.
LODs for metahuman dreads
Dreadlocks can contain a significant amount of geometry.
A production-ready asset should therefore have multiple levels of complexity.
The closest LOD might preserve detailed strands, while distant versions reduce complexity.
This is especially important when scenes contain multiple MetaHumans.
Ready-Made Dread Assets
Building every hairstyle from scratch is not always necessary.
Yelzkizi's PixelHair collection includes multiple dreadlock styles that are designed for Blender and Unreal Engine, with MetaHuman compatibility.
These types of assets can speed up production while still allowing artists to customize the final character.
Final Thoughts
A successful MetaHuman dread workflow combines hairstyle design, scalp fitting, procedural variation, grooming, physics, and optimization.
Blender is well suited to developing the hairstyle, while Unreal Engine provides the environment for evaluating the groom on an animated MetaHuman.
The most important goal is to create dreads that look intentionally designed rather than procedurally duplicated.
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